Microscopic model of collisions between fast (Esub(lab.) > or approximately 100 MeV/nucleon) atomic nuclei with a potential internucleonic interaction

A classical microscopic model is described of collisions between fast nuclei (Esub(lab) > or approximately 100 MeV/nucleon) with a potential internucleonic interaction. The model reflects a round of processes following nuclear collisions: formation of a compound system, excitation distribution over nuclear matter and system divergence to fragments. The model satisfactorily reproduces averaged experimental cross sections of the proton- and light nuclei formation versus the impact parameter, as well as particle spectra in the ''certral'' collisions. The model is supposed to be applicable for predicting characteristics of the nuclear matter compression dynamics and searching for ways of experimental observation of the compression process in nuclear collisions